Optoacoustic tissue classification for laser osteotomes using mahalanobis distance-based method

Keyphrases

• Tissue Type 100%
• Mahalanobis Distance 100%
• Tissue Classification 100%
• Distance-based 100%
• Osteotome 100%
• Optoacoustic 100%
• Distal Femur 66%
• Proximal Femur 66%
• Er-YAG 66%
• Soft Tissue 33%
• Principal Coordinate Analysis (PCoA) 33%
• Wound Healing 33%
• Porcine 33%
• Training Data 33%
• Misclassification Error 33%
• Nd-YAG Laser 33%
• Tissue Damage 33%
• Testing Data 33%
• Laser Ablation 33%
• Er-YAG Laser 33%
• Nd-YAG 33%
• Mahalanobis 33%
• Mechanical Tool 33%
• Acoustic Shock Waves 33%
• Functional Cut 33%
• Bone Cutting 33%
• Contactless Interaction 33%
• Air-coupled Transducer 33%
• Ablation Process 33%

Engineering

• Mahalanobis Distance 100%
• Data Point 100%
• Measured Spectrum 100%
• Microsecond 50%
• Generated Shock Wave 50%
• Nanosecond 50%
• Principal Components 50%
• Component Analysis 50%
• Classification Error 50%
• Mechanical Tool 50%
• Coupled Transducer 50%
• Ablation Process 50%